企业服务总线在速递信息平台数据交换中的应用
摘要
本课题是在05年国家邮政局决定建设速递综合信息处理平台代替原有系统的背景下进行的。通过速递综合信息处理平台充分实现邮件信息的一点录入、全程共享;为用户提供邮件的全程实时动态跟踪查询;实现邮件处理信息、系统运行状况、业务运作质量的监控管理,同时为各级管理者提供真实、有效、及时的管理和决策支持信息,为业务的快速发展提供支撑。
本课题的目的是通过ESB总线如何桥接速递综合信息处理平台下的各个子系统进行研究工作。课题的研究重点是通过设计与开发一个统一的企业服务总线,把各个已经部署的应用系统集成到这个平台上来,实现不同应用架构系统的互联和低耦合。课题研究的目标将达到:松散耦合集成到该平台上的应用系统,各个系统之间的数据互操作通过统一的数据交换协议来实现;平台无关性,方便采用不同程序设计语言实现的应用系统集成到该平台上来;快速部署,方便服务开发者与使用者快速的部署应用系统;传输协议无关性;通过面向服务集成的方式来进行企业应用集成,以再利用原有的基础设施。
本课题的特色工作在于将SOA技术与Web服务技术引入到ESB中,提出了一种基于SOA的企业服务总线体系架构(ESB-SOA)模型。用ESB将新老收寄系统联系起来,不同架构的收寄系统能同时工作。用ESB完成收寄信息的下发。对ESB建构系统进行了性能评测。
This topic base on Express Mail Service (EMS) platform which was decided to build by the Post Office in 2005 .Through Express Mail Service (EMS) platform, express the full realization of the message that the time of admission, the whole sharing; For the full mail users real-time, dynamic tracking and tracing; Implementation mail processing, system operation conditions, the quality of operational monitoring and management, and provide real, effective and timely management information and decision support to managers at all levels for the rapid development of business support.
The purpose of this issue is how to bridge Express Mail Service (EMS) platform under the various subsystems through ESB. The study focused on the design and development through a unified Enterprise Service Bus, has been deployed to all the applications to the platform of integration to achieve different application architectures for network systems and low coupling. Research will aim to achieve: Loosely coupled integration to the platform, applications, the data between the various systems interoperable through a unified data exchange agreement to achieve; Platform-independent, using different procedures to facilitate the design language of the applications integrated into the platforms; Rapid deployment, convenient service developers and users of the rapid deployment of application systems; Transfer Protocol irrelevant; Integration through service-oriented approach to enterprise application integration, to reuse existing infrastructure.
This work is subject to the characteristics of SOA technology and Web services technology into the ESB, Presents a SOA-based Enterprise Service Bus Architecture (SOA-ESB) model. ESB will be using new and old collecting System link. The different structure of the collecting system can work at the same time. ESB completed with the collecting information. Construction of the ESB system was done performance evaluation.
本课题的目的是通过ESB总线如何桥接速递综合信息处理平台下的各个子系统进行研究工作。课题的研究重点是通过设计与开发一个统一的企业服务总线,把各个已经部署的应用系统集成到这个平台上来,实现不同应用架构系统的互联和低耦合。课题研究的目标将达到:松散耦合集成到该平台上的应用系统,各个系统之间的数据互操作通过统一的数据交换协议来实现;平台无关性,方便采用不同程序设计语言实现的应用系统集成到该平台上来;快速部署,方便服务开发者与使用者快速的部署应用系统;传输协议无关性;通过面向服务集成的方式来进行企业应用集成,以再利用原有的基础设施。
本课题的特色工作在于将SOA技术与Web服务技术引入到ESB中,提出了一种基于SOA的企业服务总线体系架构(ESB-SOA)模型。用ESB将新老收寄系统联系起来,不同架构的收寄系统能同时工作。用ESB完成收寄信息的下发。对ESB建构系统进行了性能评测。
This topic base on Express Mail Service (EMS) platform which was decided to build by the Post Office in 2005 .Through Express Mail Service (EMS) platform, express the full realization of the message that the time of admission, the whole sharing; For the full mail users real-time, dynamic tracking and tracing; Implementation mail processing, system operation conditions, the quality of operational monitoring and management, and provide real, effective and timely management information and decision support to managers at all levels for the rapid development of business support.
The purpose of this issue is how to bridge Express Mail Service (EMS) platform under the various subsystems through ESB. The study focused on the design and development through a unified Enterprise Service Bus, has been deployed to all the applications to the platform of integration to achieve different application architectures for network systems and low coupling. Research will aim to achieve: Loosely coupled integration to the platform, applications, the data between the various systems interoperable through a unified data exchange agreement to achieve; Platform-independent, using different procedures to facilitate the design language of the applications integrated into the platforms; Rapid deployment, convenient service developers and users of the rapid deployment of application systems; Transfer Protocol irrelevant; Integration through service-oriented approach to enterprise application integration, to reuse existing infrastructure.
This work is subject to the characteristics of SOA technology and Web services technology into the ESB, Presents a SOA-based Enterprise Service Bus Architecture (SOA-ESB) model. ESB will be using new and old collecting System link. The different structure of the collecting system can work at the same time. ESB completed with the collecting information. Construction of the ESB system was done performance evaluation.
引文
[1]时良平 邮政自动化 北京邮电大学出版社 2000年1月
[2]时良平 现代邮政技术概论 中国人民大学出版社 1999年
[3]《ESB内外部关联系统接口设计说明书》(修订稿)2006年3月
[4]时良平 邮政机械设计 人民邮电出版社 1993年6月
[5]《CPEMS-系统总体技术方案》(修订稿)2006年2月
[6]《中国邮政速递综合信息处理平台技术方案》(修订稿)2005年12月
[7]《邮政速递综合信息处理平台总体业务需求》(上报稿)2005年11月
[8]《中国邮政速递综合信息平台技术建议书》2005年11月
[9]Stanley B.Lippman C++Primer中国电力出版社(第3版)2002年4月
[10]严蔚敏 吴伟民 数据结构:C语言版 清华大学出版社 1996年
[11]陈松乔 任胜兵 王国军 现代软件工程 清华大学出版社 2004.6
[12]James W.Cooper Java设计模式 中国电力出版社 2003年9月
[13]Hong Cai A Two Steps Method For Analyzing Dependency of Business Services On IT Services Within A Service Life Cycle IEEE International Conference on Web Services(ICWS'06)
[14]David McTague Embedded Generation:ESB Distribution Network Considerations The Institution of Electrical Engineers 4/44 Printed and published by the IEE,Savoy Place,London WCPR OBL,UK 1996
[15]Dr.Stipe Fustar Role of Integration Technologies in Restructured Energy Systems Panel Session 2005 IEEE PES General Meeting San Francisco,USA
[16]Suzette Stoutenburg and so on Applying Semantic Rules to Achieve Dynamic Service Oriented Architectures Proceedings of the Second International Conference on Rules and Rule Markup Languages for the Semantic Web(RuleML'06)IEEE 2006
[17]http://www.bea.com.cn/products/BEAAquaLogic/BEAAquaLogicEnterpriseSecur ity/index,jsp
[18]刘国静 基于SOA架构的企业应用研究[学位论文]万方数据库 华东师范大学 2006年3月
[19]原邮电部邮政总局 全国邮政综合计算机网总体方案 1998年1月
[20]原邮电部邮政总局 全国邮政综合计算机网业务规范 1998年1月
[21]田鹏 基于SOA的企业服务总线研究与实现[学位论文]万方数据库 电子科技大学 2006年6月
[22]朱振杰 SOA的关键技术的研究与应用实现[学位论文]万方数据库 电子科技大学2006年1月
[23]TIBCO Enterprise Message Service~(TM)C and COBOL Reference System Release 4.2 May 2005
[24]TIBCO Enterprise Message Service~(TM)User' s Guide Software Release 4.2May 2005
[25]TIBCO Enterprise Message Service~(TM)Application Integration Guide Software Release 4.2 May 2005
[26]http://schemas.xmlsoap.org/soap/http
[27]http://schemas.xmlsoap.org/soap/smtp
[28]http://schemas.xmlsoap.org/soap/ftp
[2]时良平 现代邮政技术概论 中国人民大学出版社 1999年
[3]《ESB内外部关联系统接口设计说明书》(修订稿)2006年3月
[4]时良平 邮政机械设计 人民邮电出版社 1993年6月
[5]《CPEMS-系统总体技术方案》(修订稿)2006年2月
[6]《中国邮政速递综合信息处理平台技术方案》(修订稿)2005年12月
[7]《邮政速递综合信息处理平台总体业务需求》(上报稿)2005年11月
[8]《中国邮政速递综合信息平台技术建议书》2005年11月
[9]Stanley B.Lippman C++Primer中国电力出版社(第3版)2002年4月
[10]严蔚敏 吴伟民 数据结构:C语言版 清华大学出版社 1996年
[11]陈松乔 任胜兵 王国军 现代软件工程 清华大学出版社 2004.6
[12]James W.Cooper Java设计模式 中国电力出版社 2003年9月
[13]Hong Cai A Two Steps Method For Analyzing Dependency of Business Services On IT Services Within A Service Life Cycle IEEE International Conference on Web Services(ICWS'06)
[14]David McTague Embedded Generation:ESB Distribution Network Considerations The Institution of Electrical Engineers 4/44 Printed and published by the IEE,Savoy Place,London WCPR OBL,UK 1996
[15]Dr.Stipe Fustar Role of Integration Technologies in Restructured Energy Systems Panel Session 2005 IEEE PES General Meeting San Francisco,USA
[16]Suzette Stoutenburg and so on Applying Semantic Rules to Achieve Dynamic Service Oriented Architectures Proceedings of the Second International Conference on Rules and Rule Markup Languages for the Semantic Web(RuleML'06)IEEE 2006
[17]http://www.bea.com.cn/products/BEAAquaLogic/BEAAquaLogicEnterpriseSecur ity/index,jsp
[18]刘国静 基于SOA架构的企业应用研究[学位论文]万方数据库 华东师范大学 2006年3月
[19]原邮电部邮政总局 全国邮政综合计算机网总体方案 1998年1月
[20]原邮电部邮政总局 全国邮政综合计算机网业务规范 1998年1月
[21]田鹏 基于SOA的企业服务总线研究与实现[学位论文]万方数据库 电子科技大学 2006年6月
[22]朱振杰 SOA的关键技术的研究与应用实现[学位论文]万方数据库 电子科技大学2006年1月
[23]TIBCO Enterprise Message Service~(TM)C and COBOL Reference System Release 4.2 May 2005
[24]TIBCO Enterprise Message Service~(TM)User' s Guide Software Release 4.2May 2005
[25]TIBCO Enterprise Message Service~(TM)Application Integration Guide Software Release 4.2 May 2005
[26]http://schemas.xmlsoap.org/soap/http
[27]http://schemas.xmlsoap.org/soap/smtp
[28]http://schemas.xmlsoap.org/soap/ftp